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to uncovering the mechanisms of immune-mediated diseases of the nervous system through human discovery science. Embedded within an extensive interdisciplinary network of experts in neuroimmunology, stem cell
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. Work will be focused on investigating and analyzing the biochemical mechanisms that regulate myelination and remyelination in the central nervous system. The focus of the candidate’s core project will
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University of Toronto | Downtown Toronto University of Toronto Harbord, Ontario | Canada | about 11 hours ago
proliferation and cell death, stem cell biology, host-pathogen interactions, and cellular mechanisms underlying diseases. This position offers an exceptional opportunity for researchers using innovative
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/or genomic approaches to address fundamental mechanisms of cell or developmental biology. Applicants studying traditional or non-traditional, emerging model systems are encouraged to apply
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Lunenfeld-Tanenbaum Research Institute | Central Toronto Roselawn, Ontario | Canada | about 24 hours ago
developmental origins of health and disease. We welcome applications exploring the molecular, cellular, and genetic mechanisms that drive early development and stem cell dynamics. Research approaches and
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. • Research expertise in artificial intelligence (AI), causal machine learning, computational modelling, and single-cell multi-omics. • Experience modelling mechanisms of genome structural dynamics in clinical
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hydrogels or elastic networks), and evaluate their mechanical and biological properties. This position offers a unique environment bridging synthetic biology, polymer chemistry, and biophysics. Key
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of Professor Edward Fon is looking for a Research Assistant to join a research team investigating the molecular and pathological mechanisms underlying Parkinson's disease (PD). The Research Assistant will carry
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working and residing outside Canada when the Eddie Goldenberg Research Chairs of Canada award (https://www.canada.ca/en/impact-plus-chairs.html ) is formally accepted (July 1st 2026). Applicants may apply
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at the molecular and tissue level, and how its disruption contributes to hereditary cancers and pediatric malignancies (https://bcchr.ca/maxwell-lab ). Key areas include: Mechanisms of cell division fidelity